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We propose that the squeezed light accompanied by hyperradiance is induced byquantum interference in a linear system consisting of a high quality opticalcavity and two coherently driven two-level qubits. When two qubits are placedat the crest and trough of the standing wave in the cavity respectively (i.e.,they have the opposite coupling coefficient to the cavity), we show thatsqueezed light is generated in the hyperradiance regime under the conditions ofstrong coupling and weak driving. Simultaneously, the Klyshko's criterionalternates up and down at unity when the photon number is even or odd.Moreover, the orthogonal angles of the squeezed light can be controlled byadjusting the frequency detuning pressure between the driving field and thequbits. It can be implemented in a variety of quantum systems, including butnot limited to two-level systems such as atoms, quantum dots in single-modecavities.

Squeezed light generated with hyperradiance without nonlinearity